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731 result(s) found
Reimagining Standard Cell Libraries: From Static Data to Self-Learning Design Intelligence

The foundation of modern VLSI design flows is built upon technology libraries of standard cells, which serve as static data sources for logic synthesis, timing and power analysis, DFT, and physical implementation. While these libraries have evolved w

Section: Engineering Sciences (Research Project)
Related: Development of Development of AI-Assisted Reconfigurable FSS-Based Energy Harvesting Skin for Self-Powered IoT Communication in Smart Environments Research Project › Engineering Sciences Efficient FPGA-based Efficient FPGA-based Hardware Accelerator for Homomorphic Encryption-based Secure and Encrypted Machine Learning Architecture Research Project › Engineering Sciences Modern AI/ML-Integrated Modern AI/ML-Integrated Physics-Based Protocols for Discovering Selective EphA2 and RTK inhibitors Research Project › Chemical Sciences
Fabrication of novel hollow fiber and cross-flow membrane module with smart real-time fouling mitigation assembly to tackle charged foulants for high throughput applications

Charged particles pose a complex challenge that can significantly impact the performance of membrane-based systems. Charged particles that create major challenges are: silica; iron hydroxides; alumina; clay and slit; organic colloids (humic acid subs

Section: Engineering Sciences (Research Project)
Topology-Aware Distributed Signal Processing: Robust Sampling, Networked Reconstruction, and Applications

Topological Signal Processing (TSP) extends classical and graph signal processing to analyze data defined over higher-order structures such as simplicial complexes, which include nodes, edges, triangles, and higher-dimensional elements. Unlike tradit

Section: Engineering Sciences (Research Project)
Related: Design of Design of a Distributed Resource-Aware Framework to Enhance Resiliency of Multi-UAV Networks Using Bio-Inspired Approach Research Project › Engineering Sciences
Dual Polarized Ambidextrous Aperture Spiral Antennas (DP-AMSA) using Substrate Integrated Suspended Line (SISL)

Traditional spiral antennas offer frequency-independent behaviour and circular polarization over wide frequency ranges but are typically limited to single polarization either RHCP or LHCP and face challenges in dual-polarized or reconfigurable system

Section: Engineering Sciences (Research Project)
Additive Manufactured, Absorption-Dominant Electromagnetic Interference Shield with magnetic tuneability for automotive and electronic devices

Electromagnetic waves in the microwave frequency range (2–18 GHz) are vital for modern communication and electronic systems, but their interaction with materials and living organisms can cause significant adverse effects. Electromagnetic interferen

Section: Engineering Sciences (Research Project)
Robust Containment Control of Multi-Robot Systems in Cyber-Physical Framework

Cooperative control of the multi-robot system (MRS), as a class of multi-agent system (MAS) has gained immense interest in the research community due to its advantageous applications over a single-agent system due to its shortcomings like- limited co

Section: Engineering Sciences (Research Project)
Related: Cooperative Control Cooperative Control of Networked Multi-agent Systems utilizing Negative Imaginary Theory with an Application to Multi-robot Systems Research Project › Computer Sciences and Information Technology Cloud-based distributed Cloud-based distributed observer and robust control of connected autonomous systems Research Project › Engineering Sciences Wide Area Wide Area Measurement-Based Cyber Resilient Protection and Control Framework to Enhance Power Grid Resilience for Converter-Interfaced Variable Renewable Energy System to Mitigate MTDC Dynamics Research Project › Engineering Sciences Human-Robot Collaborative Human-Robot Collaborative Intelligence Framework for Flexible Manufacturing Research Project › Engineering Sciences Flexibility Trading Flexibility Trading from Local Energy Communities for Grid Balancing in the Presence of Data Driven-based Instruction Dispatch Framework Research Project › Engineering Sciences
Denitrogenative Radical Functionalizations Utilizing Acyl Hydrazides as Radical Precursors and Its Translational Potential in Pharmaceutical Synthesis

Owing to low cost and commercial feedstock, acyl hydrazides have long been acclaimed as valuable substrates in organic reactions largely in the synthesis of nitrogen-containing heterocycles. The submitted proposal will explore in situ generation of v

Section: Chemical Sciences (Research Project)
Developing Artificial Photo-Synaptic Devices Following Transient Photodoping Strategy of n-Type Organic Semiconductors

This project aims to constructively exploit the transient photodoping effect of n-type organic semiconductors to develop prototype artificial photosynaptic devices. Photosynaptic devices, which use light to mimic synaptic behaviour, offer a transform

Section: Chemical Sciences (Research Project)
Related: Engineered Molecular Engineered Molecular and Hybrid Ferroelectric Materials for Electronic Sensors and Artificial Neural Learning Based Memtransistors Research Project › Chemical Sciences
Development of a Novel Formate-Based Injection Method for Enhanced Carbon Storage and Oil Recovery in Cambay Basin Oil Fields: Supporting Energy Security and Net-Zero Goals

India’s commitment to achieving net-zero carbon emissions by 2070 requires the development of scalable, secure, and economically viable carbon sequestration technologies. The Cambay Basin oil fields, with their established infrastructure and abunda

Section: Engineering Sciences (Research Project)
Related: Mechanisms of Mechanisms of carbon storage for enhanced oil recovery and net-zero scheme in oilfields of Cambay basin Research Project › Engineering Sciences Enhancing Utilization Enhancing Utilization and Storage of Anthropogenic CO₂ in Candidate Oil Reservoirs of Assam Shelf Basin Research Project › Earth, Atmosphere & Environment Sciences H₂ synthesis H₂ synthesis using Moderate to Intense Low-Oxygen Dilution biomass gasification technology Research Project › Engineering Sciences
Characterization of constrained entropy vectors and network information capacity

For many communication models, the capacity characterization problem has been shown to be related to the entropy region. Initially, bounds in terms of the entropy region for distributed source coding and for network coding were given. Even in classic

Section: Engineering Sciences (Research Project)
Related: Development of Development of Integrated On-Chip Hybrid Magnonic Systems for quantum information-processing devices Research Project › Physical Sciences Smart, Sustainable, Smart, Sustainable, and Low Latency Computational Offloading From Cellular Network With Cooperating UAVs Mounted RHS Communication: Multi-Agent Deep Reinforcement Learning Based Approach Research Project › Engineering Sciences Data-driven Network Data-driven Network Performance Diagnostic Tools for End-hosts Research Project › Engineering Sciences Characterization of Characterization of antigen-specific CD8+T cell responses against autoantigens relevant in cardiovascular disease Research Project › Life Sciences & Biotechnology Design and Design and Analysis of 6G Wireless Networks in Quantum Era: A New Paradigm in Communication Engineering Research Project › Engineering Sciences
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